tallest building in Budapest with its 29-storey (143 m) height
accommodated employees
tallest building in Central Europe
This project strives to improve the workplace experience by integrating cutting-edge features and functionalities into meeting rooms. To achieve real-time bi-directional communication between physical room equipment and their digital IoT device pairs in Azure, a native cloud digital twin solution was implemented. This enables the capturing and transmission of real-time events, such as lighting adjustments, to the Building Management System.
MOL Group, a leading international oil and gas company headquartered in Budapest, Hungary, fosters a dynamic and adaptable work environment for its 25,000 employees across 30 countries. In their new Campus building MOL Group implements an Activity-Based Workplace (ABW) model. This innovative approach provides a variety of workspaces with diverse layouts and atmospheres, allowing employees to seamlessly transition between quiet areas for focused work and collaborative spaces for teamwork, ultimately fostering increased collaboration and productivity.
Client | MOL Campus |
Industry | Property |
Region | Hungary |
Service provider | UC Big Data |
Project year | 2024 |
Technologies used | Microsoft Azure, Terraform, Grafana |
Established in
Part of
01 | Advanced Meeting Room Functionality: The project aimed to develop technologies and systems that seamlessly integrate with existing infrastructure, enabling real-time communication for 180 meeting rooms and thousands of IoT devices. This not only empowers users with advanced meeting room functionalities but also provides instant control over various facilities, significantly enhancing the overall experience. |
02 | Optimising audiovisual equipment: The real challenge lies in streamlining audiovisual equipment across meeting rooms. Ensuring compatibility and optimizing efficiency within such a diverse and extensive system demands innovative and custom solutions. |
03 | Creating an agile environment: While our scrum team was ready to kick off, the customer needed additional time to establish the agile environment and to make architectural decisions. This required the team to adapt their approach. |
“I had the pleasure of working with this team on a recent project to participate in the development of a new data platform and building operation related dashboards for our company. The team was incredibly professional and dedicated, and they always went above and beyond to ensure that we were satisfied with the final product. They were also very creative and innovative, and they came up with some great solutions to the challenges we faced. As a result of the collaboration our new data platform and building operation dashboards were launched successfully, on time and within budget and has helped us to improve our efficiency and productivity significantly. I would highly recommend this team to anyone looking for a talented and reliable team to work with.”
said Dóra Alexa – MOL Campus
Improved workspace experience: Our Big Data development ensures a unique workspace experience with cutting-edge meeting technology for MOL Campus with efficient, data-driven decisions.
Optimized comfort configurations: MOL Campus employees can instantly modify comfort features such as lighting, temperature, shades and air quality.
Real-time data accessibility: With United Consult’s solution, MOL Campus colleagues have access to real- time room and device data in Azure IoTHub.
messages/day processed between devices and cloud
device twins designed and delivered on Azure
automated regression tests to analyse service availability
Enhanced Workplace Experience: MOL’s unique workplace vision for its employees emphasizes the importance of advanced meeting room equipment and functionality. Use-case-based meeting room setups make employees more comfortable and productive with the most evolved technologies.
Ongoing Quality Control: United Consult maintains ongoing quality control through automated regression testing. This enables the operation to remain in line with MOL purposes and expectations.